High Purity Graphite Rotor

The high purity graphite rotor is a rotor made of a high purity graphite material. High purity graphite has excellent physical, chemical and thermal properties and is suitable for a variety of high temperature, corrosion and special environment applications.

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Description

In addition, the surface smoothness of the high-purity graphite rotor is high, and it is not easy to adhere to impurities, which is easy to clean and maintain. It should be noted that when using a high-purity graphite rotor, it should be reasonably selected and used according to the specific process requirements and operating environment to ensure the normal operation and effect of the equipment.

Product Details

Application Industry

High purity graphite rotors can be used in many fields, including but not limited to the following:

High temperature melting refining: In the high temperature melting process, the high purity graphite rotor can be used to stir, churn and melt the liquid metals in the reactor, such as iron, aluminum, steel, etc.

Chemical reactors: High-purity graphite rotors can also be used in stirring and mixing operations in chemical reactors, especially in reaction processes that require high purity and corrosion resistance.

Semiconductor industry: In the preparation and processing of semiconductor materials, high-purity graphite rotors are widely used in melting, washing, coating and other processes.

Silicon aluminum alloy preparation: In the process of silicon aluminum alloy preparation, the high-purity graphite rotor can be used to stir, dissolve and melt the material to ensure the uniformity of alloy composition and quality.

Photovoltaic industry: High-purity graphite rotors are often used in the manufacturing process of photovoltaic cells as graphite boats in polysilicon melting and crystal growth. High purity graphite rotors offer high temperature stability, corrosion resistance, good thermal conductivity and mechanical strength to operate stably under harsh process and environmental conditions.